CAVITY PAPERS

(RADIO PAPERS)
(CAVITY-PROMINENCE INTERFACE)


"Hinode, TRACE, SOHO and ground-based observations of a quiescent prominence", P. Heinzel et al., ApJ, in press, 2008

"Observing the unobservable? Modeling coronal cavity densities", J. Fuller et al., ApJ, 678, 515, 2008

"Using global simulations to relate the three-part structure of coronal mass ejections to in situ signatures", P. Riley et al., ApJ, 672, 1221, 2008

"Hyperdiffusion as a mechanism for solar coronal heating" A. A. van Ballegooijen and S. R. Cranmer, ApJ, 682, 644, 2008

"Evolution of coronal mass ejections in the early stage", X. Bao et al., ASR, 39, 12, 1847, 2007

"Kink-induced catastrophe in a coronal eruption", R. Liu et al., ApJ, 661, 1260, 2007

"Magnetohydrostatic solar prominences in near-potential coronal magnetic fields", G. Petrie et al., ApJ, 665, 830, 2007

"Ion charge states in halo coronal mass ejections: What we can learn about the explosion?", C. E. Rakowski et al., ApJ, 667, 602, 2007

"On the nature of the X-ray bright core in a stable filament channel", Y. Fan and S. E. Gibson, ApJL, 641, 149, 2006

"Coronal prominence structure and dynamics: A magnetic flux rope interpretation" S. E. Gibson and Y. Fan, JGR, 111, A12, CiteID A12103, 2006

"The calm before the storm: the link between quiescent cavities and coronal mass ejections", S. Gibson et al., ApJ, 641, 590, 2006

"Three-dimensional simulation study of flux rope dynamics in the solar corona", S. Inoue and K. Kusano, ApJ, 645, 742, 2006

"Density structure of a preeruption coronal flux rope", J. Krall and J. Chen, ApJ, 628, 1046, 2005

"The August 11th, 1999 CME", S. Koutchmy et al., A&A, 420, 709, 2004

"Observable properties of the breakout model for coronal mass ejections" B. J. Lynch et al., ApJ, 617, 589, 2004

"Radio Metric observations of quiescent filament cavities", C. Marqu'e, ApJ, 602, 1037, 2004

"Coronal mass ejection of 15 May 2001: I. Evolution of morphological features of the eruption", D. Maricic et al., SP, 225, 337, 2004

"External and internal reconnection in two filament-carrying magnetic cavity solar eruptions", A. C. Sterling and R. L. Moore, ApJ, 613, 1221, 2004

"Coronal mass ejection of 15 May 2001: II Coupling of the CME acceleration and the flare energy release", B. Vrsnak et al., SP, 225, 355, 2004

"Flux cancellation and coronal mass ejections", J. A. Linker et al., Physics of plasmas, 10, 5, 1971, 2003

"Solar radio observations and development of coronal mass ejections",M. Pick et al., ASR, 32, 4, 467, 2003

"The evolution of twisting coronal magnetic flux tubes", T. Toeroek and B. Kliem, A&A, 406, 1043, 2003

"Magnetic flux emergence into the solar corona. III. The role of magnetic helicity conservation", M. Zhang and B. C. Low, ApJ, 584, 479, 2003

"The magnetic nature of wide EUV filament channels and their role in the mass loading of CMEs", G. Aulanier and B. Schmieder, A&A,386,1106, 2002

"Multiwavelength investigation of the eruption of a sigmoidal quiescent filament", C. Marqu'e et al., A&A, 387, 317, 2002

"Evidence of a flux-rope model for coronal mass ejections based on observations of the limb prominence eruption on 2002 January 4", V. B. Yurchyshyn, ApJ, 576, 493, 2002

"Prominence eruptions and coronal mass ejections triggered by newly emerging flux", Lin et al., JGR, 106, 25053, 2001

"Coronal mass ejections, magnetic flux ropes, and solar magnetism", B. C. Low, JGR, 106, 25141, 2001

"Three-dimensional and twisted: an MHD interpretation of on-disk observational characteristics of coronal mass ejections", S. E. Gibson and B. C. Low, JGR, 105, 18187, 2000

"Hot cores in coronal filament cavities", H. Hudson and R. Schwenn, ASR, 25, 9, 1859, 2000

"CMEs, filament eruptions, and sheared low-lying magnetic loops in multipolar magnetic configuration", Q-R Su and M. Su, SP, 194, 121, 2000.

"Boundary conditions and formation of cavities in the vicinity of prominences", Y. T. Tsap and A. N. Shakhovskaya, KFNT, 16, 4, 303, 2000

"Quiescent prominence equilibria", T. Chieuh and L. C. C. Lin, ApJ, 517, 1002, 1999

"A stable filament cavity with a hot core" H. Hudson et al., ApJL, 513, 83, 1999

"Coronal mass ejections", A. Hundhausen, The many faces of the sun: a summary of results from NASA's Solar Maximum Mission, 143, (Springer: New York), 1999

"Comparitive study of coronal mass ejections associated witheruptive prominences",, N. Srivastava et al., 8th SOHO workshop, 621 (ESA SP: 446), 1999

"MHD description of the dynamical relationships between a flux rope, streamer, coronal mass ejection, and magnetic cloud: An analysis of the January 1997 Sun-Earth connection event", S. T. Wu et al., JGR, 104, A7, 14789, 1999

"A time-dependent three-dimensional magnetoghydrodynamic model of the coronal mass ejection", S. E. Gibson and B. C. Low, APJ, 493, 460, 1998

"A magnetohydrodynamic description of coronal helmet streamers containing a cavity", ApJ, 494, 419, 1998

"Filament channels: Contrasting their structure in H-alpha and H epsilon I 1083 NM", K. L. Harvey and V. Gaizauskas, New Perspectives on Solar Prominences, 269, 1998

"Energetics of coronal mass ejections: Role of the streamer cavity", R. Wolfson and S. Saran, ApJ, 499, 496, 1998

"A solar prominence model", J. Kuijpers, ApJL, 489, 201, 1997

"MHD interpretation of LASCO observations of a coronal mass ejection as a disconnected magnetic structure", S. T. Wu et al., SP, 175, 719, 1997

"Theory of prominence eruption and propagation: Interplanetary consequences", J. Chen, JGR, 101, 27499, 1996

"A numerical study of the pre-ejection, magnetically-sheared corona as a free-boundary problem", Y-P Chou and P. Charbonneau, SP, 166, 333, 1996

"Solar activity and the corona" B. C. Low, SP, 167, 217, 1996

"Magnetostatic structures of the solar corona. 2: The magnetic topology of quiescent prominences", B. C. Low and J. R. Hundhausen, ApJ, 443, 818, 1995

Tandberg-Hanssen, E., "The Nature of Solar Prominences", (Dordrecht: Kluwer), 1995

"Magnetostatic structures of the solar corona. 1: A model based on the Cauchy boundary value problem", J. R. Hundhausen and B. C. Low, ApJ, 429, 876, 1994

"Magnetohydrodynamic processes in the solar corona: flares, coronal mass ejections, and magnetic helicity", B. C. Low, Physics of Plasma, 1, 5, 1684, 1994

"Coronal environment of quiescent prominences" J. E. Wiik et al., SP, 149, 51, 1994

"A study of solar prominences near lambda=1 Millimeter", T. Bastian et al., ApJ, 418, 510, 1993

"The prominence/corona transition region analyzed from SL-2 HRTS", O. Engvold et al., Dynamics of Quiescent Prominences, (Springer-Verlag/New York), 1990

"Multifrequency radio observations of coronal holes, filaments and cavities on RATAN-600", V. N. Borovik and M. Sh. Kurbanov, Astr. Nach., 311, 6, 1990

"Prominence environment", O. Engvold, in Dynamics and structure of quiescent solar prominences; (Dordrecht: Kluwer), 1989

"Disruption of a coronal streamer by an eruptive prominence and coronal mass ejection", JGR, 91, 10951, 1986

"A study of solar filaments from high resolution microwave observations", M. R. Kundu et al., A&A, 167, 166, 1986

On the formation of coronal cavities", C.-H. An et al., SP, 102, 165, 1985

"Observation of a coronal transient from 1.2 to 6 solar radii", R. M. E. Illing and A. J. Hundhausen, JGR, 90, 275, 1985

"X- and XUV-radiation of the solar corona", G. Elwert,SSR, 33, 53, 1982

"Coronal activity below 2 solar radii -- 1980 February 15-17" R. R. Fisher and A. I. Poland, ApJ, 246, 1004, 1981

"The He I 10830 A chromosphere and filament associated structures", M. K. McCabe and D. L. Mickey, SP, 73, 59, 1981

"The prominence-corona interface - A review", E. J. Schmahl, in Physics of solar prominences, 109, (Oslo), 1979

"Multifrequency observations of solar filaments at centimeter wavelengths", M. R. Kundu et al., A&A, 62, 3, 431, 1978

"Configuration and gradual dynamics of prominence-related X-ray coronal cavities", Serio et al., SP, 59, 65, 1978

"Association of X-ray arches with chromospheric neutral lines", P. S. McIntosh et al., SP, 49, 57, 1976

"Study of a filament with a circularly polarized beam at 3.8 CM" R. M. Straka et al., SP, 45, 131, 1975

"Solar Prominences", E. Tandberg-Hanssen, (Dordrecht: Reidel), 1974

"The arch systems, cavities, and prominences in the helmet streamer observed at the solar eclipse, November 12, 1966", K. Saito and E. Tandberg-Hanssen, SP, 31, 105, 1973

"Identification and analysis of structures in the corona from X-ray photography", G. S. Vaiana et al., SP, 32, 81, 1973

"Temperature-density structure in coronal helmets: the quiescent prominence and the coronal cavity", G. W. Pneumann, ApJ, 177, 793, 1972

"The structure of the monochromatic corona in the surroundings of prominences" , M. Waldmeier, SP, 15, 167, 1970

"A concentric ellipse multiple-arch system in the solar corona", K. Saito and C. L. Hyder, SP, 5, 61, 1968

"Ergebnisse und Problem der Sonnenforschung", M. Waldmeier, (Leipzig: Becker & Erler), 1941


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